V150LU5CP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS - Varistors, MOVs - are electronic components made to protect or shield connected devices from over or under voltage supply. The V150LU5CP is a Varistor – a Voltage Dependent Resistor (VDR), which is designed to prevent over-voltage damages to connected devices. V150LU5CP can be connected to a power supply as an electronic surge or over voltage protection circuit. It also has the ability to clamp voltage to a safe level when an over voltage is present.

The V150LU5CP is available in an axial leaded, radial, disc shaped package measuring 19.05 mm (L) x 5.08 mm (W). Inside the component is a multilayer plate structure, using Zinc Oxide, a semi-conductive material. This material is stacked in layers between two metal electrodes, thereby offering the V150LU5CP its voltage dependent characteristics.

When the V150LU5CP is connected to the circuit, its voltage rating determines the maximum allowable voltage that can pass through before it becomes active. When the operating voltage is reached, the V150LU5CP acts as a direct short circuit till the voltage drops to a safe level. This non-destructive overvoltage protection helps maintain the integrity of the components being protected.

V150LU5CP has a high energy absorption rating, meaning it can absorb more energy than an average Varistor. This makes it ideal for electronic circuits that require higher protection, such as power supplies, or for computer systems that require constant protection from the outside environment. Its high energy absorption also helps to prolong the life of the Varistor itself, because it is less likely to be damaged from a surge.

V150LU5CP is designed to handle a wide range of voltages. Its operating voltage ranges from 15V~450V with a clamping voltage of 270V. It also has a high peak surge current rating of 7.5 kA, making it suitable for a variety of commercial and industrial applications. Some of these potential applications include general electrical wiring, telecommunication equipment, HVAC systems, consumer electronics, and power supplies.

In order to ensure that the V150LU5CP is suitable for a particular application, its specifications must be determined. It is important to note the maximum allowable operating voltage which should be less than its rated voltage. The operating temperature must also be within the rated temperature range and it is essential to ensure that the peak current rating is sufficient for the application requirements.

By using a V150LU5CP, manufacturers and users of electronic and electrical devices can provide an extra layer of protection to their equipment, preventing hardware damage, malfunctioning and even fire. It is important to understand the working principle of the Varistor before implementing it in a circuit, in order to get the optimal protection against over voltage.

The specific data is subject to PDF, and the above content is for reference